The Royal Institution - The forgotten scientists of WWII - with David Clary
The lecture highlights the stories of scientists during World War II who were unable to escape Europe and the efforts made by the Academic Assistance Council to assist them. Many scientists, including Erwin Schrödinger, fled Germany due to the rise of the Nazis. The Council, later known as the Society for the Protection of Science and Learning, was instrumental in helping over a thousand academic refugees, including 18 Nobel laureates, find safety and continue their work in the UK. However, not all scientists were successful in escaping. The lecture details the tragic stories of Fritz Duschinsky and Alfred Meitner, who were unable to secure the necessary support and perished in the Holocaust. The lecture also discusses the role of Max Born, a key figure in providing references for refugee scientists, and the impact of his decisions on their fates. Additionally, the lecture touches on the ongoing work of organizations like CARA, which continue to support at-risk academics today.
Key Points:
- The Academic Assistance Council helped over 1,000 refugee scientists during WWII, including 18 Nobel laureates.
- Max Born played a crucial role in assessing applications for refugee scientists, impacting their chances of escape.
- Fritz Duschinsky and Alfred Meitner were notable scientists who perished due to lack of support.
- The lecture emphasizes the importance of careful reference writing for at-risk academics.
- Organizations like CARA continue the work of supporting refugee scientists today.
Details:
1. 🎙️ Introduction: Honoring Scientific Legacy
1.1. Opening Remarks
1.2. Legacy and Contributions of Scientific Discoveries
1.3. Recognition of Historical Impact
2. 📚 The Lost Scientists of WWII: An Overview
- The book discusses distinguished scientists from Europe during WWII who intended to relocate but failed.
- It highlights the stories of these scientists and their fates during the war.
- The book is part of a trilogy focusing on scientists connected to WWII.
- The narrative includes specific cases, such as renowned physicists and chemists whose contributions were lost or altered due to the war.
- Examples include stories of scientists who were unable to continue their work due to political and social upheaval.
- The book provides an in-depth look at how the war impacted scientific progress and individual careers.
3. 🔬 Schrödinger's Influence and Escape from Nazi Germany
- Erwin Schrödinger, a prominent 20th-century scientist, left Germany in the 1930s due to the political climate and relocated to Oxford.
- His significant contribution was the development of the theory of wave mechanics, published in 1926, which underpins modern molecular science by describing the properties of all atoms and molecules.
- Schrödinger delivered his inaugural lectures on wave mechanics in the UK in 1928.
- He expressed dissatisfaction with the cultural atmosphere in England, describing it as dispassionate and overly polite.
- The author investigated the fate of Schrödinger's distinguished associates who vanished during World War II, indicating a broader historical impact beyond scientific achievements.
- Schrödinger's work influenced his peers significantly, setting the foundation for advancements in quantum mechanics and molecular chemistry.
- Despite the cultural challenges, Schrödinger's tenure in Oxford was marked by continued academic contributions and collaborations.
- His escape and subsequent career highlight the intersection of scientific progress and historical events during a tumultuous period.
4. ⚖️ The Rise of Nazism: Impact on European Academia
- Adolf Hitler's appointment as Chancellor marked a significant turning point, leading to policies that severely affected European academia.
- The Nazis enacted laws that revoked the rights and citizenship of Jewish people, dissenters, and others, including academic professionals.
- The Civil Service Law led to the expulsion of many professors, lecturers, and researchers from their university and institute positions.
- Prominent universities saw a dramatic loss of intellectual talent, as Jewish and non-conforming scholars were forced to emigrate or halt their careers.
- The long-term impact included a significant brain drain, which weakened Germany's academic standing and enriched other countries where these scholars sought refuge.
- Notable affected individuals included Albert Einstein, who was forced to emigrate and continued his work elsewhere, significantly impacting global scientific progress.
5. 🏛️ The Academic Assistance Council: A Lifeline for Scholars
- The Academic Assistance Council was established to address the needs of refugee scientists and scholars from Germany, Austria, and Czechoslovakia, providing them with relocation and employment opportunities.
- Key figures involved in founding the council included prominent scientists such as Lord Rutherford and the Braggs, signifying strong institutional support.
- Originally focused on aiding scholars, scientists, and humanities professionals, the council aimed to integrate these individuals into the country's academic landscape.
- In 1936, the council was renamed the Society for the Protection of Science and Learning, continuing its mission with a broader scope to protect academic freedoms and support displaced scholars globally.
6. 📜 Rigorous Refugee Assistance Process & Its Consequences
6.1. Archival Discoveries & Research
6.2. Academic Assistance Council's Rigorous Process
7. 🏆 Success Stories: Refugees Who Shaped Modern Science
- Over 1,000 academic refugees were successfully integrated into the academic system of the country.
- 18 of these refugees won the Nobel Prize, showcasing significant contributions to science.
- 16 of them were knighted, highlighting their influence and recognition.
- Over 100 became fellows of the Royal Society or the British Academy, demonstrating their impact on intellectual activities.
- Many were assisted by the British Academic Assistance Council or equivalent organizations in America.
- Several were recruited by Oppenheimer for the Manhattan Project, indicating their critical role in pivotal scientific advancements.
- Most of these refugees, particularly those from Germany, either won or should have won the Nobel Prize, underlining their exceptional scientific achievements.
8. 🔍 Cambridge's Academic Landscape: A Historical Glimpse
- Winston Churchill credited the Allies' success in WWII to having better German scientists, highlighting the importance of scientific recruitment.
- A significant photograph from June 1926 features renowned Nobel Prize-winning scientists at Cambridge's Cavendish Laboratory, including Chadwick, Thompson, and Rutherford, showcasing the institution's historical academic excellence.
- The photograph also includes Patrick Blackett, a Nobel Prize winner, and his research student J.R. Oppenheimer, who studied at Cambridge in 1926 before becoming a prominent physicist.
- Oppenheimer, initially unhappy with experimental work, was inspired by Max Born's lecture on quantum mechanics, leading to a pivotal career shift from Cambridge to working with Born in Germany.
- The lecture by Max Born on quantum mechanics in July 1926 was a critical turning point for Oppenheimer, demonstrating the influence of academic discourse at Cambridge.
9. 🧬 Max Born's Role in Assisting Displaced Scientists
- Max Born was a central figure in mathematics and physics in Germany, collaborating with renowned scientists like Heisenberg and Fermi.
- In 1933, Born was expelled from his position due to his Jewish heritage, illustrating the personal challenges he faced.
- Despite these challenges, he secured temporary academic positions in Cambridge and later in Edinburgh.
- Born played a crucial role in assisting other displaced scientists, acting as a trusted advisor and facilitator for those seeking to relocate internationally.
- His efforts in aiding his peers were significant, contributing to the migration of many scientists during turbulent times.
- Born's contributions to the scientific community were recognized with a Nobel Prize, underscoring his enduring impact.
10. 🔎 The Forgotten Scientists: Triumphs and Tragedies
10.1. Introduction to Fritz Duchinsky
10.2. Academic Achievements and Contributions
10.3. Challenges and Expulsion
10.4. Personal Tragedies and Final Years
10.5. Legacy and Rediscovery
11. 📜 Stories of Struggle: Overcoming Barriers
11.1. Alfred Bike's Struggle and Legacy
11.2. Clouse Fuks's Contribution and Espionage
11.3. Maria Rner's Foresight in Cancer Treatment
11.4. Survival and Contributions of Paul Goldfinger
12. 🎨 The Art and Science of Refugee Contributions
12.1. Paul Draus's Journey to Innovation
12.2. Impact of Draus and Gaspar's Collaboration
13. 🔗 Nuclear Science and WWII: A Complex Legacy
- Frederick Hoans, despite being Jewish and a Communist, significantly contributed to nuclear science, including writing a pivotal paper explaining the formation of elements in stars using quantum mechanics, and being the first to use the term 'thermonuclear' in a scientific context.
- Hoans had to flee Germany in 1933 due to his Jewish and Communist background, eventually working in Russia, where he was arrested in 1938 during a purge and accused of being a German spy. His life was spared partly due to the intervention of notable scientists like Einstein and Niels Bohr.
- He was involved in a prisoner swap between Russia and Germany and was later forced to work on German nuclear research during WWII, contributing a crucial report on producing plutonium from uranium, though it was not utilized by the Germans.
- Hoans' work indirectly accelerated the Manhattan Project in the United States after he warned his friend Eugene Vigner to 'hurry up,' which influenced Oppenheimer to speed up the project's development.
- After WWII, the Soviets sought Hoans for his nuclear knowledge, but he was protected by Heisenberg and positioned in Giringan, away from Soviet reach. His colleague Carl Heinrich Ru was taken by the Soviets and contributed to the first Russian nuclear weapon by purifying uranium.